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Fleck Thermal Pump
A brief overview of the Fleck Thermal Pump
The thermal energy pump is a new type of technical equipment that converts power into heat. This high-speed heat exchange technology is the principle of fluid mechanics of Nantong Fleck, which generates a large number of tiny bubbles in the high-speed cavitation generator, and then in the vacuum. In the negative pressure, there is a strong micro-explosion phenomenon such as expansion, compression, and collapse. The explosion process takes less than six thousandths of a second, and instantaneously releases a huge amount of energy to raise the temperature of the liquid to the boiling point. At the same time, due to "empty" The effect of the "effect" destroys the fouling material and scale conditions in the water. Therefore, the impurities in the water do not agglomerate and foul due to the friction of the water molecules, and do not cause turbulence under high-speed kinetic energy. The high-temperature water produced by the heat pump is sent to the storage tank and sent to the heat sink by the high-temperature water pump, and then returned to the storage tank for the second cycle. The heat energy conversion efficiency of the heat pump can reach 95%.
Examples of applications for thermal energy pumps
1.It can be used according to the actual construction time of the building. One model of heat pump: RNB-40, motor power: 45kw, low valley electricity: 8 hours, storage heat can meet ~800m² office heating, ~500m² residential heating, ~600m² Heating of commercial facilities.
2.Sinopec a gas station ~ 800m2 building area, using a thermal pump, model: RNB-40, motor power: 45kw, a 4m & sup3; insulation tank, constitute a regenerative heating system. The gas station uses the nighttime trough power to run the heat storage, heats the water tank to 90 °C for heat preservation, and uses these hot water to heat during the day. When the weather is too cold, the heater is activated to compensate part of the energy during the daytime, and the cost is obviously reduced.
3.Using low-temperature power to use thermal energy pump to produce domestic hot water, heat pump 1 model: RNB-40, motor power: 45kw, low-grid electricity: 8 hours, storage of heat can meet 250 to 300 people shower.
4.It is very convenient to use the heat pump in the swimming pool. Generally, the average loss of the swimming pool is ~2 °C per day. The different unit configurations can be selected according to the different swimming pool water consumption. The water temperature can be increased during the night when the valley is used for electricity, and the low valley and the peaceful peak can also be used. The two sections heat the water temperature.
Fleck Thermal Pump Instructions
1.First, install the Fleck heat pump on the indoor horizontal cement floor, pad the anti-vibration rubber pad and fix the frame with the corresponding hole diameter screw. Connect the heat pump compensation water pipe and the hot water pipe outlet produced by the heat pump to the high temperature water pump inlet. The water pump delivers hot water to each heating system (or hot water storage tank) for recycling, and the return water pipe is connected to the heat pump water tank return water pipe.
2.Turn on the power, open all the valves, and start the water pump after entering the heat pump water storage tank. First, let the water be pumped to each heating system for circulation through the water pump to check whether there is leakage of each water pipe connection. After the return water enters the heat pump water storage tank, Then click on the heat pump motor and the motor will turn as indicated by the arrow. If it is found that there is water leakage at the joint between the pump head and the bearing housing of the heat pump, it means that the mechanical seal inside the pump casing is broken, please replace it in time.
3. After the heat pump is running normally, first check whether the current and voltage are normal. Secondly, whether the pressure of the water tank on the control box panel is in a no-pressure state, and whether the temperature is in a rising state, if there is any abnormality, please contact the Nantong Fleck Service Department: 17721658501 18962835399
|Product number||Motor Power kw||Heat production w||Heating building area ㎡||Energy conversion efficiency %||Temperature difference ℃/t/h||Hot water storage tank L|
How does the Fuller heat pump work?
The working principle of the Fleck thermal pump is a multi-stage thermal energy instantaneous heat generating device composed of a hydrocyclone cavitation heat energy generator and a high-speed vortex ultrasonic heat energy generator. During the high-speed driving of the motor, the liquid is continuously subjected to high-speed shearing, collision, and frictional collision, and the microbubbles formed during the high-speed driving are continuously obtained, such as growth, expansion, compression, collapse, etc. . The instantaneous explosion process does not exceed six thousandths of a second. Because the cavitation bubble produces a huge ultra-fine jet in a sharp collapse, the ultra-microjet will generate ultrasonic cavitation and radiate sound waves into the liquid during ejection. The frequency is generally in the ultrasonic section of 16KHz-100KHz. The high-intensity optical radiation (such as laser) generated by the phenomenon of optical cavitation ultrasonic segment continuously cuts the cavitation bubbles continuously generated, so that the growing micro-bubbles are subjected to the negative pressure around the negative liquid, so that the bubbles are instantaneously compressed and collapsed. An air effect such as an explosion, in which a large amount of energy is released to cause the minute droplets to instantaneously reach the boiling point state and continuously circulate. The Fleck Thermal Pump not only has high thermal energy conversion efficiency, but also has no pressure, no scaling, simple operation, safe and reliable characteristics in operation, and is favored by the majority of users. This thermal energy technology also enables very good applicability in modular combinations.
Application technology of Fleck thermal pump
The application technology of heat pump heating can better solve the problems existing in electric boilers. Since the heat pump does not require water quality, it saves the chemical water treatment system, reduces the related investment and the site and eliminates the daily maintenance costs of boilers and pipelines; The main internal components of the heat pump are one or several cavitation generators. In the heating, high-temperature water pumps can be used to circulate the water system; combined with a hot water storage tank, the heat storage cycle heating can be realized, and the temperature can be changed according to the return water temperature. Automatically control the water temperature. The heat pump simultaneously realizes the heat storage heating technology such as distributed energy storage and decentralized heating; the most important thing is that the equipment is not a pressure vessel. Although the water pressure of the cavitation is cavitation, the normal pressure is restored immediately after cavitation. Specification for the use of pressure vessels.
The heat pump can not only use heating to water, but also heat high temperature heat transfer oil, chemical additives and the like. The Fleck Thermal Pump is a physical cavitation heating in a fully enclosed pipeline. There is no flammable or explosive electric heating, open flame heating, etc., and the temperature of the liquid is rapidly increased under the motor drive, such as the temperature of the heat transfer oil can reach 190 ° C and The heat is extremely fast.
The heat pump can also be used in conjunction with a renewable energy system, such as nighttime trough power and energy storage compensation for solar energy and ground source heat as a peaking subsidy heat source. First of all, kinetic energy heating technology should consider nighttime low valley electricity heat storage. When the ambient temperature limit changes cause the building peak heating load to change, and the heat storage heating capacity is insufficient, the power in the flat peak period is used for adjustment. The heat pump heating technology can also be used in a variety of specific occasions, such as the heating of inflammable and explosive materials such as alpine regions, islands, oil, and the heating of workers, etc., which have great significance.
Accessories: Equipment selection parameters and technical requirements (downloadable)
|First, the technical parameters of your company's materials:|
|Material medium||Processing capacity(m³/h)|
|Liquid category||□Water-based, □Oily, □Solvent||Solid category||□Agglomerate, □Crystals, □Primary particle|
|Liquid to solid ratio(%)||Viscosity Pa.s||Material flow||□Very good (water), □可以， □difference, □Very poor|
|Feed contains||Large particles mm,Take up %||Medium particle mm,Take up %||Small particles mm,Take up %|
|Solid particles||(□fragile, □Not fragile, □Viscous)||Discharge granule μm||Head m||temperature ℃|
|Second, your company's requirements for equipment:|
|1. Material contact part material||□stainless steel 304， □stainless steel 316L， □Duplex steel 2205， □TA2， □HastelloyC276|
|2, rotating stator material||□stainless steel 304， □stainless steel 316L， □Duplex steel 2205， □TA2， □Hastelloy C276，|
|□Wear-resistant steel NM500， □Wear-resistant steel 38CrMoAl， □Tungsten carbide treatment, □Emery treatment|
|3, sealed||□Ordinary single-sided mechanical seal, □Ordinary double-sided mechanical seal, □Custom double-sided mechanical seal|
|O-ring configuration||□Ding O-ring, □Fluoro rubber O-ring, □Fluorine-containing O-ring, □Perfluoroether O-ring|
|Material contact surface||□Tungsten carbide-silicon carbide, □Tungsten carbide-tungsten carbide, □Silicon carbide-silicon carbide|
|4, the motor||□Ordinary motor, □Inverter motor, □Ordinary explosion-proof motor, □Explosion-proof inverter motor, □Dust explosion-proof motor|
|□Class 2 energy efficient motor, □Marine motor, □Waterproof motor||□Self-contained control box||□With control box|
|Third, the corresponding device model:|
|Full name of the equipment||Model||Processing capacitym³/h)||Motor Power(kw)||Amount||Remarks|
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Daily chemical industry: AES、LAS、AOS、MES、K12、Glycerin, sorbitol, fatty alcohol, shower gel, skin cream, shampoo, hand soap, toothpaste, soap, detergent powder, etc.
Fine Chemicals:Dyes, pigments, various pastes, chemical additives, adhesives, 107 glue, silicone oil, leather oil, emulsion explosives, various colloidal materials.
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Chemical fiber:Viscose porridge, PVA, vinylon pulp, acrylic pulp, amine pulp, polyester chips, polyester, polypropylene, rayon, functional fiber, etc.
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Technology QQ: 1960300828
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